Automotive supply chains in the United States, Canada, and Australia are piloting fiber-based packaging for spare parts to achieve lifecycle cost reductions, lower carbon emissions, and improved recyclability. DS Smith recently rolled out corrugated mono-material packaging for chassis parts with several OEMs in the US and Canada, citing a reduced total cost of ownership and simplified recycling. Integration pilots are also underway in Australia. Manufacturers and suppliers are coordinating to ensure packaging durability, track-and-trace functionality, and cross-border regulatory compliance.
Background
Traditionally, automotive supply chains have relied on metal or plastic returnable containers, which are durable but heavy and costly to manage. Growing regulatory demands for recyclability and sustainability-especially under extended producer responsibility (EPR) regimes in North America and stricter import regulations in Australia-are prompting OEMs to consider lighter, circular packaging. Fiber materials provide reliable performance, recycling rates of up to 85%, and multiple reuse cycles in North America. Their lower carbon footprint supports OEM net-zero objectives.
Details
DS Smith has introduced corrugated packaging with secure inserts to protect chassis components during long-distance road and sea transport. The mono-material approach simplifies recycling and reduces ownership costs, particularly when traditional returnable systems are disrupted. DS Smith's lifecycle management includes design, production, return logistics, and recycling, supporting supply chain continuity for OEMs. EPR legislation further strengthens the case for recyclable fiber packaging.
DS Smith's cross-border pilots with OEMs in Canada suggest fiber packaging reduces emissions and matches local recycling infrastructures. In Australia, tests are comparing fiber packaging with metal containers for durability, freight costs, and end-of-life recovery. Early results indicate competitive performance.
Fiber packaging can be recycled up to seven times and achieves recycling rates of as much as 85% in North America, offering a clear advantage over plastics. These systems are compatible with track-and-trace technologies such as GS1 QR codes, RFID tags, and EPCIS-ready serialization. Embedding these tools in fiber cartons and trays enables asset visibility and traceability across international, multi-tier supply networks.
Outlook
Automotive OEMs and suppliers will evaluate pilot results to determine whether to extend fiber-based packaging to broader spare parts flows. Positive outcomes could lead to wider adoption and inclusion in global packaging standards. Regulatory changes, especially evolving EPR requirements in Canada and Australia, could further accelerate fiber packaging adoption in automotive supply chains.
